GEOenhanced推出全能震电勘探技术

GEOEnhanced Technologies recently completed a series of tests using its proprietary electro-seismic technology in North and South Dakota on Native tribal lands.  The test was conducted at the invitation of the tribal council to demonstrate the effectiveness of the GEO technology for imaging subsurface geology, including porosity.

Adrian Garcia, vice president of science and development for GEOEnhanced, commented, “The tribal council is very interested in knowing what lies below the surface of their land and, in fact, has U.S. federal grant money allocated specifically for that purpose.  Foremost on their list is finding new fresh water sources that can be tapped for crops and livestock as the tribe seeks to foster their burgeoning agricultural program.  Our seismic imaging team recently spent several days shooting various sections of their land to show the effectiveness of the technology at depths up to 40,000 ft.  This week we are returning to present our findings to the council.  We have been working over the past months to secure a long-term contract to image all 1,500,000 acres of the tribe’s land. Showing the effectiveness of our technology in a limited test was a critical piece to completing this transaction.”

The company released details of the test indicating that a total of twelve test shots were performed at locations selected by the tribe and covering areas in both North and South Dakota.  While not disclosing the results of the tests, Mr. Garcia indicated that he believed the council will be interested to know what lies beneath their land. “Just knowing what is down there is an important first step so that a plan can be developed to capitalize on their natural resources.  We’re excited to share these initial results.”

Craig Fischer, company CEO, commented, “GEOEnhanced’s forthcoming seismic drone application is ideally suited for this and other projects by avoiding environmental impacts of typical dynamite seismic shots. We are continuing to gain acceptance of our industry leading and proprietary 4-D seismic geologic imaging product in the oil and gas industry.”

GEOenhanced Technologies was founded in 2016 to develop and bring to market a 4D seismic imaging system for oil, gas, mineral and water exploration.  The proprietary technology conducts subsurface analysis in order to locate, identify, and quantify liquid and gaseous hydrocarbons, water, and other minerals.  The electro-seismic process can eliminate “dry hole” and other exploratory costs in both the energy industry and mineral exploration.  Unlike other seismic imaging devices, GEO’s system works without drilling any holes and also gives a reading on porosity at depths up to 40,000 feet.  In the case of subsurface liquids, the system is able to show not only the size, depth and composition of the material, but also the direction of flow.  This information greatly reduces drilling and operating costs and increases well productivity.

Electroseismic Services

We provide electroseismic services to companies and individuals across the globe. With this technology, we have the unique ability to survey for hydrocarbons faster, more efficient, and not bound by terrain and geolocation compared to technologies such as 3d seismic.

Electroseismic Explained

Discovered while researching early earthquake detection, our Electroseismic imaging is based upon Biot Wave Theory created as a secondary event after a high energy seismic event occurs (earthquake) to identify subsurface resistivity contrasts. We recreate a High Energy Seismic Event, directing P and S waves, Rayleigh Waves, Love Waves, and Electroseismic or Biot Waves that subsequently travel down the stratigraphic column. Hydrocarbon reservoirs are electrically resistive, so our technology causes a disruption between the contact of the atoms of the encasing rock and the substance trapped in pore spaces of the target formation. As the formation is slightly compressed due to the Electroseismic waves striking it, a unique low energy signal is released for each substance present in the formation. Our finely-tuned, non-traditional antennae receives the data and translates it into a visual form. This can create conditions under which Electroseismic energy can be directed up to 40,000 feet in vertical depth. From the data our antennae receives, we can immediately deduce the depth and thickness of the formation, type of deposit (precious metals, diamonds) the type of solution or mix present in formation (liquid petroleum or natural gas), water (saltwater, freshwater, geothermal water), and relative charge, or pressure of the formation.

We can also deduce the type of formation ( sandstone, carbonate, shale, silt interbedded with shale, etc). After careful study, we can deduce the relative production that can be expected at a specific site. Further processing and modeling is then used, including inversion and depth migration of the data, resulting in maps, cross sections and 3D volumes that show the exact location and the depth of resistive bodies.